dcs hi tek tate of the art aluminum 3 peice collapsable barell sprung pool cue with adjustable impact rod and tip

ABSTRACT

This new high tech state of the art pool cue refers to the game of pool and snooker and the like. This invention includes a hollowed out aluminum embodiment that is machined to specific specifications and has the standard shape appearance, length, taper, and looks of standard pool cues made in the years past with a lot of serious changes. The hollowed out embodiment houses a series of machined moving parts. When the stick is assembled it breaks down into a three piece collapsible stick that screws together. The rear part of the stick housed the barrel spring and tension mechanism, and one half of the impact rod, that controls, or adjusts by the user. The amount of impact or kinetic energy that will be released when the user presses the trigger by the turn of a coupler at the rear of the stick. The front end or part of the stick houses the other half of the impact rod and tip which pops out, extends, or telescopes energy pushing the impact rod and tip forward in motion to move the balls in the game of pool or snooker and games alike. When the user is ready to cock the stick the user merely depresses the impact rod and tip back into the stick while chalking the tip. The amazing facts about this high tech poll cue. It has changeable tips at the twist of a finger, it can also be made of graphite and all metals, this cue can also be made of different weights and lengths upon request of the user. In the game of pool there are breaking sticks and playing sticks, this cue alleviates the breaking stick. This stick can also be anodized to any color requested or design. It can also be used with or without the impact tip in use. The this cue stick is also easily returned to its cocked position and ready to take another shat by depressing the stick while its being chalked for the next shot or by merely turning it upside down and pushing the embodiment down. new high tech state of the art pool cue is a one of a kind invention, many have tried with their preposterous ideas, but I have succeeded, with this in mind, a trademark is born (NixStix) Dominick Cestro, inventor, manufacturer, genius, creator and designer.

DETAILED DESCRIPTION

[0001] detailed description of the housing or embodiment and inside workings turning now in detail to the appending drawings in detail and in particular to FIG. 7 is illustrated new age ,state of the art ,high-tech, telescoping ,trigger activated ,3peice,collapsable pool cue or stick equipped with an adjustable impact rod which contains a spring barrel tension mechanism that stores a variable amount of energy or kinetic energy which is encased or housed in the rear part of the stick that is used in the game of pool or billiards.

[0002] This description is generally designated by reference numerals attached to the drawing in FIG. 7. Numbers 29 and 30 show the embodiment of the cue or stick which is the first step, FIG. 1.#1, in the birth of this new age, high-tech stick, that starts out with a solid round aluminum billet that is four and ½ feet long or customized to the preference of the prospective owner. the o.d of the billet is one and {fraction (1/4)} inches. #32 shows where the second step of the process comes in where the billet is cut in two separate pieces and at the same spot that will be machine threaded at both ends with a male thread on one end, and female receiving end on the other to create a perfect seat when threaded together to complete the whole length and housing of the cue. #30 and #29 are now two separate pieces ready for the gun drilling process. each piece is drilled length wise with a gun drill bit, to bore a {fraction (1/8)}th inch hole or a {fraction (3/16)}ths hole perfectly through the center of each piece of aluminum this process assures that the meeting points of #30 and #29 are perfectly centered for the next process which entails machining threads at point a and point b of the stick as shown in FIG. 7, #32 shown in FIG. 7 is the center mating surface that when the two pieces are joined together it mates together a perfect flush straight rod when screwed together and tightened. #25 shows the male threaded end A of the center of the cue joined together with the female threaded end B of the center of the cue joined together to make a perfect mating surface. the next step of the process is to have both #29 and #30 joined together and tight by the threaded area at points A and B and have a flush mating surface at #32 of FIG. 7. At this point in the process both pieces of the aluminum rod or billet are mated as one solid stick or rod ready to be mounted pm a turning lathe to produce the gradual taper #33 from the rear of the stick to the front of the stick that produces a high quality machined or polished finish with a standard taper that is the same of all pool cues on the market that are made of wood, titanium or graphite or any other material used to fabricate pool cues. the rear part of the stick #31 that houses the spring barrel and tension mechanism. it has an o.d of {fraction (5/8)}ths of an inch that has a depth of 4 to 6 inches starting at the but end of the stick which is drilled out with a flat faced bore bit to ensure a #34 square taper at the tip of the bit and at the end of the aluminum when the desired drilling depth is attained. #35 of FIG. 7 is {fraction (1/2)} inches in diameter and has a depth of {fraction (3/4)}ths deep of the existing metal #36 of FIG. 7 is a {fraction (5/16)}ths hole drilled in the center of the {fraction (1/2)} inch hole which housed #12 the trigger release mechanism. And a machined aluminum retainer ring for the trigger release mechanism to keep it from backing out in FIG. 4, #41. It also is a stopping point for the trigger so it only depresses so far and returns so far. At this point of the machining or fabrication process we have a hollow embodiment or housing that has been drilled machined and fabricated to certain specifications and or criteria to contain or house these specific moving parts. The first mechanism #20 and #21 that is aluminum is the impact rod which is a two piece rod that is threaded #26 and screwed together, the piece that is referred to in FIG. 7,#13 the barrel spring mechanism which is machined our of a {fraction (3/4)}″ piece of brass, that is approximately 3″ long and has 4 slots machined throughout the length of it to accommodate the trigger on one end of the barrel it has a {fraction (1/4)}″ threaded hole to accept the impact rod and on the other end it has a machined recess #40 to accommodate a riding washer for the spring for smooth twisting for the tension adjuster at the rear of the stick. The opposite end of the barrel has a spring #14, which is soldered or twisted into the opposite end of it to make it one complete piece and or changeable to the owners choice. At this point in the process we can now take the complete barrel spring and impact rod #21, #19, #27, #14, and #13 and insert it through the rear of the stick #29. The next step in the process is to take #17 which is a solid {fraction (1/2)} inch piece of brass or metal of choice that is pined through the aluminum, #28, on each side that has a {fraction (3/16)}ths or {fraction (1/8)}th inch hole through the center that has a fine thread, #37, before #37 is installed into the rear of the stick there is a fine threaded T-rod, #15 and #16, #15 being a {fraction (5/8)}ths in. diameter brass or aluminum plate that is {fraction (1/4)}th in. thickness, the complete piece #15 and #16, is screwed through or threaded into #17, the complete assembly is #15,16,17, and #28 are all installed into the rear end of the stick, #29, as one complete unit and pined #28 at this point the threaded T-rod is protruding outward from the end of the stick. #18 described as the tension adjustment coupler which can be pined or welded to the end of the threaded T-rod, #15 and #16 so it can be twisted counter clockwise or clockwise to adjust the amount of tension applied to the barrel spring #14 and #13 as one unit to store and create kinetic energy to be released when trigger #12 is depressed. The next step of the process is to install the tip #23, which has a {fraction (1/4)}th in., or {fraction (3/16)}ths in. hole machined in the rear part of the tip, #38, mounting area and inserts over the impact rod #21 and #19 so that the back side of the tip butts flush up against the front end of the stick, and in turn #22 is then installed which is a set pin to mount and make the impact rod and tip one. #24 is a {fraction (1/4)}th in. hole or {fraction (1/8)}th in. hole that is knurled to accommodate various different tips desired by the user: described as a quick change tip. The last part and piece to be installed is the trigger or button FIG. 12. That is first installed by putting tension spring #11, inserted in space #35 where the trigger or button is housed the next step is to take the trigger or release button #12 and insert it into space #35 and depress it down over the tension spring #11. With the button held in its depressed mode, refer to FIG. 4 part #41 is the retainer ring or keeper which is slid down the length of the stick into its permanent position to retain the button in its place. When the trigger is installed, FIG. 12, it also drops down into the trigger cavity, #36, that drops down into the eye-hole of the barrel spring as shown in FIG. 7 diagram B, #39, that keeps it in its cocked position until the trigger, #12, is depressed and actuates the barrel spring #14,13,19,21, and #23 which in turn, releases the stored kinetic energy desired by the user to move or impact balls in the game of billiards. Diagram B in FIG. 7 is the detailed drawing of the barrel spring mechanism showing the spoon shaped slotted eye-hole, that the trigger or release mechanism, #12, that slides forward and rearward in its cocked position and released position. FIG. 8 shows all of the metals and certain moving parts used to make this unique pool-cue work properly. 

1. I Dominick Cestro Jr stake this claim on this Mar. 25, 2003 through an extensive patent search in The USPTO data base of all issued patents and pendings .#2 that I am the sole creator and inventor of the d.c″s hi tek state of the art aluminum three peice collapsable, barell sprung pool cue with adjustable impact rod and tip. Also claim that this is a hi tek state of the art cue as not like all the besrt ofall the rest these so called inventions that other people have come up with, #3 I claim this pool cue houses a state of the art tension mechanism in the rear of the stick wich is comprised of a specialized tension spring and a machined barrel mech anism wich is refered to as the barrel spring release mechanism or barell sprung release mechanism wich is housed in the rear of the hollowed out or machined area at the rear of the stick. The but part or handle end of the stick in wich all of these moving parts are housed has a threaded t rod wich is screwed in to the rear of the stick and pined with a coupler at the end of the trod wich is used to turn the trod clockwise and countrclockwise wich compreses and decompreses the spring for the amount of desired kinetik energy or force aplied or aserted to the impact rod and tip at the time the triger or release button is depresed.with this hollowed out embodiment containes a specific size hole wich is holowed out in the exact center of the stick wich runs from the front or tip end of this embodiment to the rear or but end of the stick or cue.from the front or tipofthestickorcuetothe rear partofthe cue wich houses the barel mechanism or barel sprung mechanism is the impact rod wich moves forward and rearward in the holwoed out portion of the cue from the front or tip to the rear or but end of the cue. #4 at the tip or the front of the cue is a specialized machined tip wich is machined and pined on to the end of the impact rod that is desighned and machined for a quick change tip for player. #5this cue also is of standard pool cues that break down and can be put in a standard case the only difrence is that it breaks dowm in three peices not two, it unscrews in the center into two peices and the impact rod also unscrews by turning the tip counterclockwise and half of the impact rod slides out of the top half of the cue stick in turn having comprised of three peices, the rear or but end of the stick or cue, or rear half wich contains the barel sprung adjustable force or tension mechanism and impact rod and the other half wich contains the other half of the impact rod and tip.#6 when these three peices are crewed together a vary fine tuned machine or cue is born, it has the apearance of any other pool cues with a thick taper at the rear end and cones down to a small diameter at the front or tip of the cue. This cue is high tek, with standard cues you use a difrent stick to break your balls in the game of billiards so not to damage your shooting stick This stick takes the place of and phased out the use of the need for a breaking stick, this cue can be used with or without the use of the impact rod and tip to make your shots without damaging the tip or any part of the cue or stick. This cue can also be made to any length or wight depending on the customers request. The cue also has quick change tips so the player can change it and cut it down for specific shots in a mater of seconds.this cue can also have a natural outer finish or be anodized to colors of choice. The handle can be nurled for beter grip .#7 when these three fine machined to specific tolorence parts are screwed together it comprises a fine tuned machine or pool cue that is dcs high tek state of the art pool cue that comprises of a machined hollowed out embodiment, an impact rod and tip,a barell sprung adjustable tension mechanism, and a triger or button release mechanism that when screwed together make a finely tuned hi tek pool cue of the future thatis also anadizable to any color and acurate, user friendly, with a futuristic desighn fun to use, and also exelent for the handicap people that play the art of billiards. This pool cue I have desighned and created is unique and one of a kind, many have attempted and failed but I have succeded!#8 the cue I have created is unique in its own special way it has an impact rod and tip that runs fully through the length of the stick, with a trigger or button release and an adjustable tension mechanism for the amount of adjustable kinetik energy that it creates with a turn of a knob,wich is housed in the machined embodiment. anyone or buisness or co. or manufacturer that attempts to. or creates a completely hollowed out machined embodiment containing a full length to end barel impact rod and tip, with an adjustable tension mechanism of these types that has afully encased collapseble machined embodiment will be prosecuted tothe fullest extent of patent and copyright laws! This this is my claim 2.the apparatus of claim 1 thru #8 whrein said basing means is as follows: fully collapsable mchined embodiment, barell sprung mchanism , adjustable tension mechanism, full length embodiment wich houses impact rod and tip,triger or button release mechanism
 3. Closest references sited. Referenced by U.S. patent documents. References cited: 4134588 Deluzio January, 1979 5299983 p Frost April 1994 4718671 Desmond January 1988 3495828 Mizgaza February 1970 3897061 Gratten July 1975 4526370 Mortellacci July 1985 1182530 Duane May 1916 673693 Beaufils May 1901 673753 Beaufils May 1901 46344123 Cowan January 1987 1604023 Coyle October 1926 3447805 Baley June 1969 5411441 Detka, Alberts May 1985 4949964Jolly, J. D. August 1990 5628691 Shaner May 997 6348006 Costain,Fumaroza,Gary February 2002 